Flute acoustics: measurement, modelling and design - School of ...

APPENDIX B. PROGRAM LISTINGS 309
*/
0 otherwise
TransferMatrix boreSegmentMatrix(double f, BoreSegment s, double x);
/*
Calculates the TransferMatrix for a BoreSegment.
Parameters:
f: the frequency in Hz
s: the BoreSegment
x: distance along the BoreSegment to calculate
Returns:
the TransferMatrix for the BoreSegment
*/
TransferMatrix boreMatrix(double f, Vector bore, double x);
/*
Calculates the TransferMatrix for a bore.
Parameters:
f: the frequency in Hz
bore: the bore
x: distance along the bore to calculate
Returns:
the TransferMatrix for the bore
*/
TransferMatrix headMatrix(double f, Head h, double entryratio,
double x);
/*
Calculates the TransferMatrix for a Head.
Parameters:
f: the frequency in Hz
h: the Head
entryratio: the ratio of the input side radius (impedance head or
embouchure) to the entry radius of the instrument
x: distance along the Head to calculate
Returns:
the TransferMatrix for the Head
*/
complex faceZ(double f, Head head, int midi);
/*
Calculates the radiation impeance of the player's face.
Parameters:
f: the frequency in Hz
head: the Head
midi: the MIDI number for the played note
Returns:
the radiation impedance
*/
TransferMatrix unitCellMatrix(double f, UnitCell c, double x);
/*
Calculates the TransferMatrix for a UnitCell.
Parameters:
f: the frequency in Hz
c: the UnitCell
x: distance along the UnitCell to calculate
Returns: